白 俊强

Engineering

1. Aerodynamics 100%
2. Airfoil 98%
3. Design Optimization 74%
4. Computational Fluid Dynamics 52%
5. Boundary Layer 50%
6. Aerodynamic Performance 40%
7. Flow Distribution 33%
8. Flaps 32%
9. Aerodynamic Design 28%
10. Aerodynamic Characteristic 27%
11. Two Dimensional 26%
12. Trailing Edge 26%
13. Vortex 26%
14. Angle-of-Attack 23%
15. Amplification Factor 22%
16. Laminar Flows 22%
17. Freeform Deformation 21%
18. Drag Reduction 20%
19. Boundary Layer Transition 19%
20. Simulation Method 18%
21. Aerodynamic Shape Optimization 18%
22. Reynolds-Averaged Navier-Stokes 18%
23. Local Variable 17%
24. Linearized Stability 17%
25. Aerodynamic Noise 17%
26. Surrogate Model 17%
27. Tunnel 16%
28. Flat Plate 16%
29. Design System 16%
30. Design Method 16%
31. Reynolds' Number 16%
32. Deep Learning Method 16%
33. Mach Number 15%
34. Radial Basis Function 15%
35. Time Domain 15%
36. Lift Coefficient 15%
37. Drag Coefficient 14%
38. Unmanned Aerial Vehicle 14%
39. Propeller 13%
40. Pressure Gradient 13%
41. Swept Wings 13%
42. Leading Edge 13%
43. Engineering 12%
44. Hybrid Laminar Flow Control 12%
45. Numerical Study 11%
46. Maximum Lift Coefficient 11%
47. Convolutional Neural Network 11%
48. Laminar Separation Bubble 11%
49. Flow Instability 11%
50. Pressure Distribution 11%